The purpose of paint is to add color to a surface so that the surface appears vibrant and eye-catching. At the same time, paint adds a protective layer to a surface to prevent damage due to weathering. While many industrial coatings serve the first purpose with precision, they lack in serving the latter purpose. This is where the nano ceramic coating comes into the picture. This industrial coating brings superior protection to the metal surfaces, preventing corrosion with precision. The article brings a detailed insight into this unique surface coating solution.
What Is Nanotechnology?
Before we delve deeper into understanding different aspects of ceramic nano coating, you need to know a few fundamental things about nanotechnology. The concept of nanotechnology came into being in 1959. This technology has brought revolution in communications, defense aerospace, and other similar industries.
Besides various uses of the technology, you will find the use of nanotechnology in developing industrial paints or coatings. The nano coating paint has an extensive application in painting car exteriors. Moreover, the paint also has a significant use in painting the industrial surface to prevent rusting, corrosion, and more.
The Benefits of Nano Ceramic Coating
The nano ceramic coating comes with multiple benefits, which are discussed in the following section of this article. Understanding these benefits will help you to make the right application of the nano-coating paints for industrial purposes.
1. Prevention of Chemical Stains
Chemical stains on industrial metallic surfaces can cause significant damage to the paint. Moreover, some harsh chemicals can damage the surfaces, leading to corrosion due to chemical reactions. While most industrial paints cannot withstand chemical stains, nano ceramic coating is an emerging exception.
Applying nano ceramic coating can improve the metal surface’s longevity since it can withstand most harsh chemicals. The powerful clear coating ensures that metal does not come in contact with the harsh chemicals. At the same time, it also does not indulge in chemical reactions with those harsh chemicals.
2. Oxidation and UV Damage Reduction
The ceramic coating applied on the metal surfaces can efficiently reduce UV damage and oxidation. Various industrial metal surfaces get exposed to UV light for a long time. As a result, you can notice significant damage to these surfaces due to the UV light.
Oxidation is another common issue with various metal surface paints. Oxidation causes color fading and other significant damage to the metal surfaces. However, the clear coating for the metal surfaces can prevent oxidation, which resists surface damage due to corrosion.
3. Make Surfaces Easy to Clean
Clear coatings make the surfaces easy to clean. You can wipe the dust on the surfaces using a dry or wet cloth. Sometimes, you can also use soap and water for the cleaning process. The harshness of detergent soap does not cause damage to the surfaces painted using the nano-coating. The gloss of the ceramic nano coating ensures that dust and dirt do not stick to the surfaces.
4. Long-Lasting Shine on the Surfaces
The nano ceramic coating does not damage easily despite being exposed to UV, moisture, harsh chemicals, detergent soaps, and more. As a result, this industrial coating can retain its sparkling gloss for a long time without requiring any significant effort in maintenance. The durability of this coating is higher than other paints that are applied on metal surfaces.
Nano Ceramic Coating and Car Wax
You may often find a comparison between car wax and ceramic nano-coating. Both of these surface coatings offer superior hardness and protection to the surfaces. However, the wax is less rigid compared to the nano-coating. The ceramic coating is more durable than the car wax. Another crucial thing is that ceramic coating can withstand UV rays, while wax cannot withstand UV exposure for a long time. The ceramic coating does not discharge small particles into the atmosphere. When damaged, the wax may discharge small particles, which lead to air pollution and health hazards.
Conclusion
Applying the nano ceramic coatings can increase the life of the metal surfaces with precision. The surface coating is long-lasting, while it also requires a minimal maintenance effort. Automobile manufacturers extensively use ceramic coatings nowadays to ensure superior protection to metal surfaces. On the other hand, clear coating is also used widely in painting metal surfaces that frequently get exposed to harsh chemicals, UV rays, moisture, etc.
